void FluidSynthGui::popClicked()
{
byte data[2];
data[0] = FS_SOUNDFONT_POP;
data[1] = currentlySelectedFont;
sendSysex(data,2);
}
PdBase& PdBase::operator<<(const int var) {
PdContext& context = PdContext::instance();
switch(context.msgType) {
case MSG:
addFloat((float) var);
break;
case MIDI:
sendMidiByte(context.midiPort, var);
break;
case SYSEX:
sendSysex(context.midiPort, var);
break;
case SYSRT:
sendSysRealTime(context.midiPort, var);
break;
}
return *this;
}
void FluidSynthGui::sendChannelChange(byte font_id, byte channel)
{
byte data[3];
data[0] = FS_SOUNDFONT_CHANNEL_SET;
data[1] = font_id;
data[2] = channel;
sendSysex(data, 3);
}
void FluidSynthGui::sendLastdir(QString dir)
{
int l = dir.length()+2;
byte data[l];
data[0] = FS_LASTDIR_CHANGE;
memcpy(data+1, dir.toLatin1(), dir.length()+1);
sendSysex(data,l);
}
void FluidSynthGui::sendLoadFont(QString filename)
{
int l = filename.length()+3;
byte data[l];
data[0] = FS_PUSH_FONT;
data[1] = FS_UNSPECIFIED_ID;
memcpy(data+2, filename.toLatin1(), filename.length()+1);
sendSysex(data,l);
}
void MidiPort::sendMMCDeferredPlay(int devid)
{
unsigned char msg[mmcDeferredPlayMsgLen];
memcpy(msg, mmcDeferredPlayMsg, mmcDeferredPlayMsgLen);
if (devid != -1)
msg[1] = devid;
else
msg[1] = _syncInfo.idOut();
sendSysex(msg, mmcDeferredPlayMsgLen);
}
//---------------------------------------------------------
// sendDrumChannelChange
// Tell the client to set a specific channel to drum channel (equiv to midichan 10)
//---------------------------------------------------------
void FluidSynthGui::sendDrumChannelChange(byte onoff, byte channel)
{
byte data[3];
data[0] = FS_DRUMCHANNEL_SET;
data[1] = onoff;
data[2] = channel;
sendSysex(data, 3);
if (FS_DEBUG)
printf("Sent FS_DRUMCHANNEL_SET for channel %d, status: %d\n", channel, onoff);
}
bool FluidSynthGui::sendParameterRequest (int parameterSet, const char * parameter) {
size_t parameterMem = strlen (parameter) + 1;
int datalen = 2 + parameterMem;
unsigned char * data = new unsigned char [datalen];
*data = MUSE_FLUID_GUI_REQ_FXPARAMETER_GET;
*(data + 1) = (char) parameterSet;
memcpy (data + 2, parameter, parameterMem);
sendSysex (data, datalen);
delete data;
return true;
}
//Sends parameter to reverb or chorus
bool FluidSynthGui::sendParameterChange (int parameterSet, const char * parameter, int value) {
size_t parameterMem = strlen (parameter) + 1;
int datalen = 2 + parameterMem + sizeof (double);
unsigned char * data = new unsigned char [datalen];
*data = (unsigned char) MUSE_FLUID_GUI_REQ_FXPARAMETER_SET;
*(data + 1) = (unsigned char) parameterSet;
memcpy (data + 2, parameter, parameterMem);
double * dp = (double *) (data + 2 + parameterMem);
*dp = ((double) value) / ((double) 128.0);
sendSysex (data, datalen);
delete data;
return true;
}
void FluidSynthGui::requestAllParameters () {
unsigned char data[1];
//data[0] = MUSE_FLUID_ADVGUI_GET;
//sendSysex (data, 1);
dbgMsg("Requesting all parameters!\n");
sendParameterRequest (MUSE_FLUID_PARAMETER_REVERB, "on");
sendParameterRequest (MUSE_FLUID_PARAMETER_REVERB, "roomsize");
sendParameterRequest (MUSE_FLUID_PARAMETER_REVERB, "damping");
sendParameterRequest (MUSE_FLUID_PARAMETER_REVERB, "width");
sendParameterRequest (MUSE_FLUID_PARAMETER_REVERB, "level");
sendParameterRequest (MUSE_FLUID_PARAMETER_CHORUS, "on");
sendParameterRequest (MUSE_FLUID_PARAMETER_CHORUS, "number");
sendParameterRequest (MUSE_FLUID_PARAMETER_CHORUS, "type");
sendParameterRequest (MUSE_FLUID_PARAMETER_CHORUS, "speed");
sendParameterRequest (MUSE_FLUID_PARAMETER_CHORUS, "depth");
sendParameterRequest (MUSE_FLUID_PARAMETER_CHORUS, "level");
data[0] = MUSE_FLUID_GAIN_GET;
sendSysex (data, 1);
data[0] = MUSE_FLUID_GUI_REQ_SOUNDFONTS;
sendSysex (data, 1);
}
void MidiPort::sendMMCLocate(unsigned char ht, unsigned char m, unsigned char s, unsigned char f, unsigned char sf, int devid)
{
unsigned char msg[mmcLocateMsgLen];
memcpy(msg, mmcLocateMsg, mmcLocateMsgLen);
if (devid != -1)
msg[1] = devid;
else
msg[1] = _syncInfo.idOut();
msg[6] = ht;
msg[7] = m;
msg[8] = s;
msg[9] = f;
msg[10] = sf;
sendSysex(msg, mmcLocateMsgLen);
}
void FLUIDGui::loadFont()
{
if (pathEntry->text().isEmpty())
return;
QFileInfo fi(pathEntry->text());
if (!fi.exists()) {
QString s = QString("SoundFont ") + pathEntry->text() + QString(" does not exists");
QMessageBox::critical(this, tr("FLUID: open Soundfile"), s);
return;
}
QByteArray ba = pathEntry->text().toLatin1();
const char* path = ba.constData();
int len = ba.length() + 1 + 3;
unsigned char buffer[len];
int k = 0;
buffer[k++] = MUSE_SYNTH_SYSEX_MFG_ID;
buffer[k++] = FLUID_UNIQUE_ID; // fluid
buffer[k++] = SF_REPLACE; // load sound font
strcpy((char*)(&buffer[k]), path);
sendSysex(buffer, len);
}
void MidiPort::sendXgOn()
{
sendSysex(xgOnMsg, xgOnMsgLen);
}
void MidiPort::sendGsOn()
{
sendSysex(gsOnMsg2, gsOnMsg2Len);
sendSysex(gsOnMsg3, gsOnMsg3Len);
}
void MidiPort::sendGmOn()
{
sendSysex(gmOnMsg, gmOnMsgLen);
}
void qxgeditMidiDevice::sendSysex ( const QByteArray& sysex ) const
{
sendSysex((unsigned char *) sysex.data(), (unsigned short) sysex.length());
}
//---------------------------------------------------------
// dumpInfoButton
//---------------------------------------------------------
void FluidSynthGui::dumpInfo()
{
byte data[1];
data[0] = FS_DUMP_INFO;
sendSysex(data, 1);
}
